“Automatic Recognition and
Classification of Land Cover Types from Satellite Images Using Quadratic
Discriminant Analysis and Multilayer Perceptron”, Proceedings of
the International Conference on Engineering and Mathematics, Bilbao,
Spain, July 10-11, 2006, HK Choge and SE Umbaugh. Download

·Research and development for the analysis
of veterinary thermographic (infrared) images. Algorithm development to
classify thermographs and establish a methodology and norm for the imaging
modality as applied to canines and felines. Investigation into Chiari (CLMS/COMS) dogs for syrinx
identification.

Long Island Veterinary Specialists,
Long Island, New York, 2006-2017

·Research and development for the analysis
of veterinary thermographic (infrared) images. Algorithm development to
classify canine thermographs and establish a methodology and norm for the
imaging modality as applied to canines.

·Development of a clinical application software to
pre-screen for various pathologies in animals using thermographic images.

RiverCity Software, Portsmith,
NH, 2003

Consulting and research for
a computer vision system to automatically count and evaluate lumber
contained in large stacks (bundles). Investigation of algorithm
development, including segmentation and edge detection methods, as well as
consulting for overall system design.

Westar Corporation, St. Charles, MO, 2001-2002

Research and development for
a computer vision system for the automatic inspection of microdisplay
chips. Algorithm development for defect detection. Determination of
hardware parameters based on human visual response characteristics.

Stoecker and Associates, Rolla, Missouri, 1999-2001

Development of color image
processing algorithms and software to aid in the teaching of dermatology,
as well as for the automatic diagnosis of skin tumors. Funded by the
National Institutes of Health (NIH).

Stoecker & Associates, Rolla, Missouri, 1997-1999

Consulting for the
development of computer imaging algorithms and software for pigmented
lesion screening and detection.

U.S.
Army, and Stealth Technologies, Broomfield, Colorado, 1995-1997

Development of software to
aid in the development of a helicopter simulation system .

Research and development
(R&D) of Computer Vision and Image Processing software to be utilized
in the image acquisition, enhancement, restoration and analysis process.

U.S.
Army, and Camber Corporation, St. Louis, Missouri, 1994-1997

Development of software to
aid in the development of a helicopter simulation system.

Research and development
(R&D) of Computer Vision and Image Processing software to be utilized
in the image acquisition, enhancement, restoration and analysis process.

R&D for visual acuity
and night vision simulation software.

R&D for automatic
segmentation software for helicopters and associated stores.

R&D for automatic
detection of store separation event.

U.S.
Army, and System Dynamics International, St. Louis, Missouri, 1993-1994

Development of utility
software to aid in the development of a helicopter simulation system.
R&D of Computer Vision and Image Processing software tools that are
utilized in the image acquisition and enhancement process.

R&D for high-speed film
image enhancement and deblurring.

Stoecker and Associates, Rolla, Missouri, 1991-1995

Development of color image
processing algorithms and software to aid in the teaching of dermatology,
as well as for the automatic diagnosis of skin tumors. Partially funded by
the National Institutes of Health (NIH).

Center for the Advanced Manufacturing and Production, SIUE, 1990

Research for a feasibility
study to investigate the uses of computer vision systems to automatically
control the cruise control on automobiles by reading speed limit signs.
Investigation of laser ranging methods, as well as standard video methods.

Stoecker Moss and Co., Rolla, Missouri, 1987-1991

A major contributor to the
development of color image processing software for a computer system that
is to be used for skin tumor evaluation, partially funded by the National
Science Foundation (NSF).

Affinitec Corporation, St. Louis, Missouri, 1983-1986

Design and development of
application software, device drivers, operating systems software, utility
software, and quality control software. Designed output control system
hardware for system that monitored from 24 to 240 telephone operators.

Automation of quality
control testing by redesign of hardware for testability. Software to test
and troubleshoot the computer systems. Testing automated at board and
system level.

Held progressively more
responsible positions in computer engineering, in both hardware and
software design, but with a primary focus on software design and
development.

ITT North, Columbus, Ohio, 1982-1983

Design and development for
software for the test frame of a new digital telephone switch.

Designed a
microprocessor-based (8086) board for the test frame.

McDonnell-Douglas, St Louis,
Missouri, 1981

Designed digital electronics
and test software for the proto-type of the AV-8B Harrier (vertical
take-off jet).